An illustrative method includes a storage management system detecting an event within a storage system, determining an operation based on the event, and providing a notification of the operation to an orchestration system configured to manage an execution of the operation by a computing system associated with the storage system.

A notification display method includes: in response to an electronic device receiving a first notification from a first application, displaying a first banner in a flat display region, where first content of the first notification is displayed in the first banner, and wherein the electronic device has a curved screen including a flat display region and a curved display region extending from a side edge of the flat display region; displaying a first symbol in the curved display region, where the first symbol is configured to receive an operation to process the first notification; and displaying a second symbol on a first icon of the first application in the flat display region.

A method of operating a storage system is disclosed. The method includes determining a storage cluster among storage arrays of the storage system. Each storage array includes at least two controllers and at least one storage shelf. The at least two controllers are configured to function as both a primary controller for a first storage array and a secondary controller for a second storage array.

A data storage method and apparatus are provided. First information of to-be-stored data is first obtained. The first information includes at least one piece of information: a type of the to-be-stored data, a name of the to-be-stored data, and a user identifier corresponding to the to-be-stored data; An expected storage location of the to-be-stored data is determined based on whether the first information of the to-be-stored data meets a condition. At least one data packet in a plurality of data packets of the to-be-stored data is stored in the expected storage location.

To quickly and appropriately adjust a performance of a storage system. A storage configuration optimization device for managing a storage system including one or more storages implemented by a plurality of SDS nodes includes a virtual CPU. The virtual CPU is configured to receive a request for an execution period and a necessary performance of a project using the storage system, and select, based on consumption information and performance information of a resource of the storage system, one or more change patterns satisfying the request for the execution period and the necessary performance from among a plurality of change patterns indicating configuration changes of the storage system.

A device creates virtual storage bucket to abstract the data and the access from another device, and to secure the access using the IAM and the data using encryption and/or Mojette transform in order to generate encrypted/encoded data and transmits the data to another device. The other device saves the encrypted/encoded data for later transmitting the data to the same first device or another for decryption/decoding.

The data analysis server manages first data configuration information for managing a correspondence of the learned data model, a raw data bucket that stores the raw data for generating the learned data model, and a curated data bucket that stores the curated data for generating the learned data model and second data configuration information for managing correspondences of the learned data model and the first storage area, the curated data bucket and the second storage area, and the raw data bucket and the third storage area, and gives an instruction to acquire snapshots of the second storage area that stores the curated data for generating the learned data model and the third storage area that stores the raw data for generating the learned data model to the data storage via the storage management server when the learned data model is generated.

A storage device capable of maintaining consistency of data for the same address may include a memory device including a plurality of memory blocks, a buffer memory device including a plurality of cache buffers temporarily storing data previously received from a host, and a memory controller configured to receive a write request and a write data from the host and configured to control the buffer memory device and the memory device to store a previously received data, stored in one of the plurality of cache buffers with a logical address that matches a logical address of the write data, in the memory device before the write request is processed.

A method of writing data in a storage device is provided. The method includes: receiving an identifier information request; outputting information indicating a plurality of identifiers based on the identifier information request; receiving a first write command and first data, the first write command comprising a first identifier among the plurality of identifiers; performing a data write operation on the first data based on the first write command; receiving a first attribute assignment command comprising the first identifier and a first attribute among a plurality of attributes; and assigning the first attribute to the first data that is already stored in the storage device based on the first attribute assignment command.

In some examples, a system detects recovery, from an unavailable state, of a communication link between a first storage system that includes a first storage volume and a second storage system that includes a second storage volume that is to be a synchronized version of the first storage volume, where while the communication link is in the unavailable state the second storage volume is in an offline state and the first storage volume is in an online state. In response to detecting the recovery of the communication link, the system sends a first tracking metadata for the first storage volume from the first storage system to the second storage system, and in response to receipt of the first tracking metadata at the second storage system that maintains a second tracking metadata for the second storage volume, the system transitions the second storage volume from the offline state to a controlled online state, and initiates a synchronization process to synchronize the second storage volume with the first storage volume.